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*Fibers and its type with properties* Fibers can be used but understanding its utility and other properties like physical and chemical is equally essential. Let us see the some if the fibers and its properties *1 Polypropylene Fibers* • Chemical Nature: Neutral • Solubility: Insoluble • Density: 900-950 kg/m³ • Spreading Properties: Disperses well in concrete, but tends to float due to low density. • Reaction with Cement: Non-reactive; helps control shrinkage cracking. • Compatibility with Admixtures: Compatible with most admixtures and does not react chemically. *2.Glass (Alkali-Resistant) Fibers* • Chemical Nature: Alkaline-resistant (AR glass) • Solubility: Insoluble • Density: 2500-2700 kg/m³ • Spreading Properties: Disperses evenly, though heavier than cement particles. • Reaction with Cement: Resistant to alkali attack, making it durable in cement environments. • Compatibility with Admixtures: Generally compatible; however, non-AR glass fibers may weaken in alkaline environments. *3.Steel Fibers* • Chemical Nature: Neutral • Solubility: Insoluble • Density: 7800-8000 kg/m³ • Spreading Properties: Tends to settle in the mix and may require adequate mixing to prevent clumping. • Reaction with Cement: Does not react chemically but is prone to corrosion if exposed to moisture. • Compatibility with Admixtures: Works with most admixtures, though chloride-based ones should be avoided to prevent rusting. *4.Carbon Fibers* • Chemical Nature: Neutral • Solubility: Insoluble • Density: 1800 kg/m³ • Spreading Properties: Disperses well but may need mixing aids due to light weight. • Reaction with Cement: Inert and does not chemically react, though it can increase electrical conductivity in concrete. • Compatibility with Admixtures: Compatible with most admixtures; non-reactive. *5.Basalt Fibers* • Chemical Nature: Slightly alkaline • Solubility: Insoluble • Density: 2600-2800 kg/m³ • Spreading Properties: Disperses evenly and is similar in weight to cement particles. • Reaction with Cement: Minimal reaction, and alkali-resistant, which enhances durability. • Compatibility with Admixtures: Generally compatible; no adverse reactions observed. We should be careful for selecting fibers based on usage. *Disclaimer- All data and information provided herein are for informational purposes only. All rights and credits belong to their respective owners* ```Stay tuned with Progressive Expert Consulting Pvt. Ltd. For Trainings and consultancy Services ``` ©️ Parimal Marathe PECPL *Vision that build values* *7 Kartik shaka 1946* *Indian National Calendar* #concrete #civilengineers #fibers #training #jobs #project #construction Sneha Kasture-Marathe Parimal Marathe CMTI - Civil Engg Connect Sameer Dalvi Subhash D Pathak

*Fibers used in concrete* Use of fibers in concrete is from ancient time , some Greek and Roman structure used hairs of animals as a fibers. Today concrete is getting more and more complex so understanding fibers its properties and usage is important. A list of various fibers used in concrete, including both natural and synthetic types: 1. Polypropylene: Synthetic fiber that controls shrinkage cracks and improves impact resistance. 2. Glass Fiber (AR): Alkali-resistant fiber that enhances tensile strength and durability. 3. Steel Fiber: Metallic fiber that significantly boosts tensile strength and toughness. 4. Carbon Fiber: High-strength fiber used in high-performance concrete for toughness. 5. Basalt Fiber: Naturally occurring volcanic fiber with good thermal and chemical resistance. 6. Nylon Fiber: Synthetic fiber that helps control plastic shrinkage and cracking. 7. Aramid (Kevlar): High-strength synthetic fiber offering impact and fatigue resistance. 8. Cellulose Fiber: Natural fiber from plants used for shrinkage control in sprayed applications. 9. Polyester Fiber: Synthetic fiber that enhances shrinkage resistance in concrete. 10. Banana Fiber: Natural fiber providing crack resistance in non-structural concrete applications. 11. Bamboo Fiber: Natural fiber with good tensile strength, suitable for low-load structures. 12. Coconut Coir Fiber: Natural fiber improving flexural strength and durability in concrete. 13. Jute Fiber: Natural fiber enhancing tensile strength and crack resistance. 14. Hemp Fiber: Strong natural fiber that improves tensile properties and sustainability. 15. Sisal Fiber: Durable natural fiber adding flexibility and crack control to concrete. 16. Palm Fiber: Natural fiber providing thermal insulation and crack resistance. These fibers offer a range of benefits, from crack resistance to tensile strength, and are chosen based on specific application needs and performance requirements. *Disclaimer- All data and information provided herein are for informational purposes only. All rights and credits belong to their respective owners* ```Stay tuned with Progressive Expert Consulting Pvt. Ltd. For Trainings and consultancy Services ``` ©️ Parimal Marathe PECPL *Vision that build values* *6 Kartik shaka 1946* *Indian National Calendar* Sneha Kasture-Marathe Parimal Marathe CMTI - Civil Engg Connect Sameer Dalvi Sachin Amarnath Amogh Marathe #concrete #civilengineers #projecta #projectmanagers #constriction #concrete

*Common Leakages in Construction Projects* There are many irregularities in construction projects and these are increasing cost of project directly or indirectly. *Technical audits are important to cross verify this can during project or after project. During project audits helps a lot from controlling point of view. Technical audits are essential for client as well as contractors* Leakages refer to the financial, material, or process inefficiencies that lead to resource wastage or increased costs. Some common areas of leakage include: *1. Material Wastage* Improper material storage, over-ordering, and inadequate waste management result in excess material usage and loss. *2. Inefficient Procurement* Inaccurate estimates, poor vendor management, or procurement delays lead to cost inflation and wasteful expenses. *3. Labor Productivity Issues* Poor workforce management, inadequate training, or absenteeism can reduce productivity and increase labor costs. *4. Change Orders and Scope Creep* Unplanned changes in design or project scope without appropriate cost assessment lead to budget overruns and delays. *5. Poor Project Planning* Lack of adequate project scheduling, resource allocation, or risk management can lead to unnecessary expenses, delays, and quality issues. *6. Inadequate Supervision* Is Insufficient site monitoring and quality checks result in rework, which increases project costs and wastes resources. By addressing these leakages, technical audits improve project efficiency, cost control, and quality, ultimately enhancing project success and profitability *Disclaimer- All data and information provided herein are for informational purposes only. All rights and credits belong to their respective owners* ```Stay tuned with Progressive Expert Consulting Pvt. Ltd. For Trainings and consultancy Services ``` ©️ Parimal Marathe PECPL *Vision that build values* *4 Kartik shaka 1946* *Indian National Calendar* Sneha Kasture-Marathe CMTI - Civil Engg Connect Parimal Marathe Subhash D Pathak #civilengineer #projects #projectmanagers #students

*Dry wall and speed* LGSF - Light gauge steel framing is also know as dry wall partition. It increases speed of the work. And also reducing time and cost. There are multiple options Panels , for panelling we can go with plywood, colour coated sheets , cement fiber board , PVC sheet etc . In our latest project of composite structure we used LGSF for external walls. *Total wall of 520 running meter framing was just erected in 12 working days , such speed cannot be achieved in regular brick/block work* We can eliminate plastering activity and in same cases painting also if used colour coated sheets , PVC sheets or laminated boards. We have various options for panelling , for internal and external we can use different materials. *Disclaimer- All data and information provided herein are for informational purposes only. All rights and credits belong to their respective owners* ```Stay tuned with Progressive Expert Consulting Pvt. Ltd. For Trainings and consultancy Services ``` ©️ Parimal Marathe PECPL *Vision that build values* *1 Kartik shaka 1946* *Indian National Calendar*

*Seminar on digitalisation in construction industry* Progressive Expert Consulting pvt ltd is thank full to PCCOE Pimpari pune for organising and giving time for interaction with 2nd and 3rd year diploma students. Special thanak to Mr Nanavare sir and HOD and civil engineering department for their efforts and cooperation. It was nice interaction with sneha and me by energetic students. The young engineers are welll focused and smart enough to handle new age Equipments like IOT , drone etc. proper mentoring and working on basics will make them good civil engineers for the upcoming challenges. *PECPL internship programme can make civil engineers good enough to plan and execute career path by most desired way* Our internship programme will be supported with strong placement back up at reputed organisations so don’t miss the opportunity to join for internship programme by Progressive Expert for more details fill the form through QR code below *Disclaimer- All data and information provided herein are for informational purposes only. All rights and credits belong to their respective owners* ```Stay tuned with Progressive Expert Consulting Pvt. Ltd. For Trainings and consultancy Services ``` ©️ Parimal Marathe PECPL *Vision that build values* *27 Ashwin shaka 1946* *Indian National Calendar* CMTI - Civil Engg Connect Sameer Dalvi Parimal Marathe Sneha Kasture-Marathe Advika Gokhale Pimpri Chinchwad College of Engineering & Research (PCCOER) PCCOE PUNE #civil #civilengineers #projects #projectmanagers #construction #internship #civilengineeringstudents

*AI & opportunities* Today with industry 4.0 and the way our needs are changing we have no option to adopt the faster way that is automation. *What AI can do in architecture ?* This the million dollar question today we have. Will AI finish architectural creativity ? In my opinion not at all. Then what AI is doing in architecture? We should understand AI or any software is data based and data driven while *creativity is some thing different than data. Creativity will never end up* AI will help architect to devlope and automate processes. Like once basic concept is ready AI will generate 3D image , AI will develop shop and working drawings and so many and so on ……….. *But let us not strech our brains join the webinar by landmark concepts pvt ltd who are working on AI , 3D printing and many more technologies which will be the future of tomorrow join and book your place* *Please click on the link below to register for the workshop* https://lnkd.in/dUZdYTTT _~Do not forget some opportunities are there for internship as well ~_ *Disclaimer- All data and information provided herein are for informational purposes only. All rights and credits belong to their respective owners* ```Stay tuned with Progressive Expert Consulting Pvt. Ltd. For Trainings and consultancy Services ``` ©️ Parimal Marathe PECPL *Vision that build values* *26 Ashwin shaka 1946* *Indian National Calendar* Sneha Kasture-Marathe Amogh Marathe CMTI - Civil Engg Connect Parimal Marathe Subhash D Pathak Sameer Dalvi Sachin Amarnath Mukund Vinchurkar AECOM Rucha Yantra Pvt. Ltd. #AI #civilengineers #Architects #projectmanagement #projectmangers #structuralengineers #interiordeaginers #automation #Planning #drawings #industry4.0

Parimal Marathe

Explore this opportunity CMTI - Civil Engg Connect Sneha Kasture-Marathe Subhash D Pathak Sameer Dalvi #civilengineers #project managers #BIM #AI

*Job sills and myths* 5. *Basic Skill: Project Planning & Scheduling* (MS Excel, Manual Methods) Advanced Skill: Advanced Scheduling (Primavera, MS Project, Asta Powerproject) • Importance: • Manual Planning: Helps develop critical thinking and a strong understanding of project timelines, dependencies, and resource management. • Advanced Software: Allows for complex scheduling, tracking multiple activities, and resource allocation across large projects, but requires a good understanding of manual methods for accurate data input and interpretation. 6. *Basic Skill: On-Site Supervision & Quality Control* (Manual Monitoring) Advanced Skill: Digital Project Management Tools (Procore, Autodesk Construction Cloud, BIM 360) • Importance: • Manual Supervision: Builds hands-on experience with quality control, safety, and real-time problem-solving at the site level. • Digital Tools: Streamlines documentation, communication, and progress tracking, but on-site supervision is still irreplaceable for ensuring quality and safety in real-time. 7. *Basic Skill: Construction Material Testing* (Field Tests, Manual Equipment) Advanced Skill: Automated Testing Equipment, Sensors, and IoT-Based Monitoring • Importance: • Field Testing: Essential for learning the characteristics of materials and ensuring that testing methods are accurate and compliant. • Automated Monitoring: Provides real-time data for material performance and environmental conditions but requires understanding of manual methods to interpret results correctly. 8. *Basic Skill: Communication & Documentation* (Manual Reports, Site Diaries) Advanced Skill: Cloud-Based Communication & Reporting Platforms (Procore, Slack, Microsoft Teams) • Importance: • Manual Documentation: Critical for thorough understanding and tracking of project progress, issues, and resolutions. • Digital Platforms: Increase efficiency, collaboration, and accessibility of data, but manual documentation skills remain important in cases where digital tools fail or are unavailable While advanced tools and digitalization enhance productivity and accuracy, basic skills provide the critical foundation needed to understand and utilize these technologies effectively. A balance between both is necessary for a well-rounded, competent engineer *Disclaimer- All data and information provided herein are for informational purposes only. All rights and credits belong to their respective owners* ```Stay tuned with Progressive Expert Consulting Pvt. Ltd. For Trainings and consultancy Services ``` ©️ Parimal Marathe PECPL *Vision that build values* *23 Ashwin shaka 1946* *Indian National Calendar*

*Job sills and myths* As industry we need basic plus advance skills together but if we look at today new generation of engineers are thinking that basic doesn’t required if advance is gained in the same way old generation thinks of basics if strong no need to go for advancement here is the why we required both basics and advance both … 1. *Basic Skill: Manual Drawing & Drafting* Advanced Skill: 3D Modeling (Revit, SketchUp, AutoCAD Civil 3D) • Importance: • Manual Drawing & Drafting: Helps develop a strong understanding of plans, sections, elevations, and scale. This is the foundation for precise communication on-site. • 3D Modeling: Enables better visualization, accurate detailing, and coordination across multiple trades, but cannot replace the fundamental understanding of building plans. 2. *Basic Skill: Reading & Interpreting Construction Drawings* Advanced Skill: BIM Coordination (Building Information Modeling) • Importance: • Reading Drawings: Essential for site engineers to understand project details, dimensions, and instructions. Every engineer must be able to interpret drawings quickly. • BIM: Allows for intelligent coordination, clash detection, and real-time updates. However, understanding the drawings behind the model is crucial for applying engineering judgment. 3. *Basic Skill: Manual Quantity Estimation* Advanced Skill: Automated Quantity Takeoff (e.g., through BIM or Excel) • Importance: • Manual Estimation: Teaches an engineer the process of breaking down components and costs, which is critical for accurate planning and budgeting. • Automated Estimation: While efficient and time-saving, it requires a solid understanding of how quantities are derived to ensure no mistakes are made. 4. *Basic Skill: Hand Calculations for Structural Analysis* Advanced Skill: Structural Analysis Software (STAAD.Pro, ETABS) • Importance: • Hand Calculations: Help engineers understand load paths, structural behavior, and the basics of mechanics. Critical for error-checking and conceptual design. • Software: Efficient for complex structures, but should always be supplemented with hand calculations for verification and ensuring no over-reliance on software-generated outputs. 5. Basic Skill: Manual Site Management & Supervision Advanced Skill: Digital Site Management (BIM 360, Procore, Drones, IoT) • Importance: • Manual Management: Provides hands-on experience in solving site challenges, understanding sequences, and handling workforce. • Digital Tools: Offer better project tracking, communication, and data management but should complement the foundational skills of leadership and supervision. We as a industry need and think on this as well *Disclaimer- All data and information provided herein are for informational purposes only. All rights and credits belong to their respective owners* ©️ Parimal Marathe PECPL *Vision that build values* *22 Ashwin shaka 1946* *Indian National Calendar*